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MPLS/CE Access

G7860A supports both MPLS-TP and Carrier Ethernet (EPL, EVPL, EPLAN, EVC defined in MEF) for packet transportation. In addition to native Ethernet transport, G7860A can be used as the gateway for PDH and SDH/SONET networks to enter PSNs using Circuit Emulation and Encapsulation technologies. TDM encapsulation technologies of G7860A support TDMoE, TDMoIP, and TDMoMPLS, while Circuit Emulation technologies supported by G7860A are CESoPSN (Nx64K), SAToP (Unframed E1/T1), and CEP (SDH/SONET paths).

One G7860A with up to 85G packet switching capacity supports six 10GbE SFP+ and four 1GbE SFP built-in interfaces along with 16 E1/T1 built-in ports. With the two hot-swappable plug-in slots, the system capacity can be scaled up with additional E1/T1 ports, STM-n/OC-n, or GbE interfaces.

G7860A provides high availability and reliability required by Carrier, Power Utility, Military, Government and Transportation applications by supporting MPLS-TP LSP 1:1/1+1 protection with protection switching time smaller than 50ms, with section and end-to-end OAM for monitoring. The compact G7860A is only 1U height, but its powerful functions enable customers to construct a hub, ring, or mesh 10G packet network with ultimate ease.

Mechanical and Electrical

1U height, 19” width ETSI unit (front access)
Power supply: hot swappable DC/AC, dual for redundancy
Operating Temperature: -20 ºC to 65 ºC

System capacity

Up to 6 x 10GbE SFP+ ports
Up to 16 x 1GbE Base-T
Up to 20 x 1GbE SFP
Up to 80 x E1/T1 ports
Up to 8 x STM-1/OC-3 ports or 2 x STM-4/OC-12 ports
Up to 4 x STM-1/OC-3 MSP pairs or 2 x STM-4/OC-12 pairs
16 x E1/T1 ports with SCSI interface

MPLS-TP

Any Ethernet port can be configured as NNI (MPLS port) or UNI (Ethernet service port)
Bi-directional LSP
Static LSP/PW provisioning via NMS
Ethernet (VPWS, VPLS, H-VPLS) and TDM (CESoPSN, CEP, and SAToP) services
MPLS-TP OAM and QoS

Carrier Ethernet

L2 Switching/Bridging
STP, RSTP, MSTP
Port based VLAN and port isolation
VLAN Stacking (Q-in-Q)
CE OAM
- CFM: Ethernet Service OAM (802.1ag/Y1731)
- EFM: Ethernet Link OAM (802.3ah)
Flow Control
Link Aggregation Control Protocol (LACP)
Jumbo Frame (MTU) = 9600

Network Protection

MPLS-TP
- LSP 1+1/1:1
- LSP E2E protection switching < 50ms
- Based on TP OAM for fault detection
Carrier Ethernet
- ELPS (G.8031) Linear Protection
SDH/SONET
- STM-n/OC-n MSP 1+1 Protection

Management

Fully manageable via SNMP (v1, v2, v3)
Fully manageable via CLI
- Serial port
- SSH, Telnet via Ethernet
GbE Interface in-bands
Account Security
- Two types of privileges: Operator (read only) and Administrator (read and write)
- Radius Client Authentication
Upload/Download NE configuration
Syslog, NTP

TDM Services

Circuit Emulation
- Fractional E1/T1 (64K timeslots): CES & multiframe PW
- Unframed E1/T1: SAToP PW
- VC-3/4/11/12, VT-1.5/2, STS-1/3: CEP PW
PDH Timing recovery: ACR/DCR/System
SDH Circuit Emulation over Packet (CEP)
Encapsulation
- PW/LSP (TDM over MPLS-TP),
- “Dry martini”, MEF 8 (TDM over Ethernet),
- TDM over IP

Ethernet Services

E-Line, E-LAN, E-Tree services as defined by MEF 9 and 14 and using VPWS/VPLS
Native Ethernet packets supported
Encapsulation: PW/LSP (MPLS-TP), VLAN tagging (1Q), VLAN double tagging (Q-in-Q)

VPLS

VPLS bridging
H-VPLS bridging
32K MAC addresses
2K VPLS instances per device
Split horizon to prevent forwarding loops

CoS/QoS

8 Priority Queues
Scheduling: Strict Priority, WRR with Hierarchy
Ingress Policing & Egress Shaping per service
CIR / PIR (EIR) 2-rate-3-color
MPLS: TC/EXP-Inferred-PSC (Per Hop Behavior Scheduling Class) LSP

Timing

SSM quality level compatible
IEEE 1588 v2 (via SyncE only)
- PTP Clocks: Ordinary/Boundary/Transparent
- ToD (Time of day)
- 1-PPS (One Pulse per second) output interface
SyncE
- Synchronous Ethernet from all built-in and plug-in GbE, 10GbE ports
- ITU-T Ethernet Synchronous Message Channel (ESMC)
Stratum 3 timing
TDM line clock: E1/T1
External clock input and output (2 Mbps / 2 MHz)

Hardware Protection

Dual-power redundancy per box
Dual-box redundancy
- E1 port protection across two boxes*
- Ethernet port LAG across two boxes
- STM-1/4 port MSP across two boxes*

*=Future Option

The Loop-WDM1800 Wavelength Division Multiplexing Multi-Service Platform is designed to deliver a number of client data services by multiplexing/demultiplexing several different wavelengths into/from an optical fiber. The WDM1800 platform provides up to 15 universal plug-in slots for mounting different modules, including Transponder, Muxponder, WDM Mux/Demux filters, Optical Link Protection (OLP) modules and amplifier modules. Compact, modular and cost –effective design of the WDM1800 platform makes it easier to select suitable modules for current needs and upgradable for future requirements. With two shelf sizes and universal pluggable slots, an initial network can be deployed with low first-in cost. Future in-service network expansion is as simple as adding and configuring new modules to realize cost-effective and pay-as-you-grow advantages.

In-service passive performance monitoring on each client data and modular redundancy, enabled when dual controller modules and dual power modules are installed in the chassis, make the WDM1800 an excellent fit for mission critical applications.

The WDM1800 supports local control and diagnostics by using a VT-100 terminal connected to the console port, and Ethernet and SFP ports for Web, Telnet, SSH, and SNMP v1/v3 management as well. Furthermore, optional Optical Supervisory Channel (OSC) can be accessed via Transponder and/or Muxponder moduleconnection for remote management.

Full frontal access (ETSI) Shelf
Two rack-mountable chassis types:
- CHAa (5U)*:
  - 2 x Controller Slots
  - 2 x Power Module Slots
  - 1 x FAN Module Slot
  - 15 x Tributary Module Slots
- CHBa (2U):
  - 2 x Controller Slots
  - 2 x Power Module Slots
  - 1 x FAN Module Slot
  - 6 x Tributary Module Slots
Dual controller modules, dual power modules for redundancy
Support console (RS232/USB) and Ethernet (RJ45/SFP) for local and remote management
Support Web, Telnet, SSH, and SNMP v1/v3 management
Compatible with SNMP-based GUI network management systems and supported by LoopiNET and Loop iNMS
Hardened – Extended temperature range: -5 ~ +65°C
Plug-in Module Types (all are hot-pluggable)
- Transponder Modules
- Muxponder Modules*
- Wavelength Division Multiplexing (Mux/Demux) Modules
- Optical Link Protection Modules
- Amplifier Modules
- Dispersion Compensation Modules (DCM)*

*Future Option

Loop-C5600 Description

The Loop-C5600 is a high density multi-services shelf designed to accept a mix of Loop series rack cards. These include the Loop-H3308R, Loop-H3304R, Loop-H3304RA, and Loop-O9340R. The C5600 provides one common controller to manage up to 15 plug-in cards and a dual controller* to manage up to 14 plug-in cards.

For 1 controller card C5600 chassis
- 15 single slot H3308R (2/4-pair G.SHDSL.bis)
- 7 dual slot H3308R (8-pair G.SHDSL.bis)
- 14 single slot H3304R
- 14 (2Ethernet + 4E1) and 1 (2Ethernet only) H3304RA
- 7 dual slot O9340R
For dual controller card C5600 chassis*
- 14 single slot H3308R (2/4-pair G.SHDSL.bis)
- 7 dual slot H3308R (8-pair G.SHDSL.bis)
- 14 single slot H3304R
- 14 (2Ethernet + 4E1) H3304RA
- 7 dual slot O9340R

Front and back access (ANSI) unit with optional fan tray and LCD
Supports dual controller cards*
Number of plug-in line cards
- Single controller with 15 slots for plug-in line cards
- Each line card is fully independent
Accepts rack card of type:
- Loop-H3308R Ethernet over Bonded G.SHDSL.bis
- Loop-H3304R High Density G.SHDSL
- Loop-H3304RA High Density G.SHDSL.bis
- Loop-O9340R Multi-Services Gigabit FOM
Power modules
- Hot-swappable DC plug-in modules(-48 Vdc: -36 to -75 Vdc), dual for redundancy
Alarm relay
Log in and password security protection
Firmware download
Configuration upload/download
Management port and interface
- RS232 console port with VT-100 menu
- Two 10/100M fast Ethernet SNMP ports
- SNMP v1 with 5 trap IP
- Telnet with Secure Shell (SSH) protocol
- Access Control List (ACL)
- RoHS compliant

DIN‐Rail industrial Switches: L2 Industrial FE / DIN Switch – IP6810

The Loop-IP6810 is a self-healing ring network termination unit (NTU) with a built-in L2 switch. It can be desktop, wall or DIN rail mounted. LEAPS, RSTP or point-to-point protection is made possible in 100 Base-FX networks with the IP6810.

All end equipment can be either in packet format via Ethernet ports or serial data via RS232/485 interfaces which will be converted into packet format within the IP6810. The IP6810 has two WAN optical and electrical interfaces, two RS232/485 DTE interfaces, three Ethernet LAN interfaces, two sets of dry contact IN/OUT interfaces, and one alarm relay connector. The IP6810 comes in an industrial hardening mode to support temperatures from -20°C to 70°C (-4°F to 158°F).

The IP6810 supports auto-discovery to locate all units on the ring, and also supports remote configuration for ease of installation.Single AC, single DC or dual DC is supported based on field requirements. Power over Ethernet (PoE) option is also available.

The IP6810 facilitates automation systems, SCADA systems, surveillance systems, traffic control systems, transportation systems and IP networking with robust protection in ring, point-to-point, or omnibus-like topology. Easy installation and configuration make maintenance and further expansion more efficient and cost-effective.

Full frontal access (ETSI) unit complies with IP30 standard
Desktop, wall, or DIN Rail mounting
Compact intelligent FX packet optical ring with Layer 2 switching capabilities
WAN port with OA&M functionality
- Dual SFP optical housing interfaces
- Dual RJ45
Tributary ports
- 3 ports 10/100 BaseT Ethernet (with PoE option available in DC 48 only)
- 2 ports RS232/485 interfaces, user selectable via 2-port DIP switch
- 2 dry contact for input and 2 dry contact for output; support point-to-point and point-to-multi-point
Power modules
- On-board fixed single AC supply
- On-board fixed single/dual DC modules with dual feed
Auto-discovery topology, auto-diagnostic and remote-configure for easy plug-and-install (up to 64 units)
Supports SNTP
Ethernet Functionality
- Loop Ethernet Automatic Protection Switching (LEAPS)
  - Fault recovery time: less than 50 ms
  - Point-to point: fault recovery time less than 8 ms
  - Up to 15 units: fault recovery time less than 25 ms
- IEEE 802.1w RSTP
- IEEE 802.3x Flow Control, 802.1q Port Base VLAN / Port Isolation
Up to 1024 MAC addresses
Built-in BERT
High speed, asynchronous RS232/RS485 for point-to-point, point-to-multi-point, or omnibus-like applications
Master/Slave units setting by using DIP switch
Auto-negotiating or forced speed for speed and full/half duplex for Ethernet ports
Full/half duplex for tributary Ethernet ports
Alarm relay and ACO (Alarm Cut Off) button
Remote firmware download via TFTP & Z modem
Remote configuration upload & download via TFTP
Management port and interface
- In-band management
- RS232 console via DB9 connector
- SNMP v1, v3
- SSH v2
- Telnet
- IEEE 1613, IEC61850-3 (for DC -48 Vdc only)
RoHS compliant

Industrial GE / 10GE Ethernet Layer 2/2.5/3 Switch: G7820

The Loop-G7820 is a high performance Ethernet switch to meet next generation Metro, Data Center and Enterprise Ethernet network requirements designed based on high-end scalable chipset with integration of Layer 2 to Layer 3 packet processing engine, traffic management and fabric interface.

Mechanical and Electrical
- 442 mm x 44 mm x 334 mm (17.4” x 1.73” x 13.14”)
- Operating temperature 0 to 60°C (Fan version)
- 48 GE and 8 x 10GE ports: < 60W
Capacity
- 8 x 10GbE ports 48 GbE ports
- 120 Gbps Wire-Speed Bi-dir Switching Capacity
Ethernet Services
- E-Line, E-LAN, E-Tree services as defined by MEF 9 and 14 and using VPWS/VPLS
- Native Ethernet packets supported
- Encapsulation: PW/LSP (MPLS-TP), VLAN tagging (1Q), VLAN double tagging (Q-in-Q)
Layer 3
- ARP, Ping, Trace route
- VRRP
- Static Route
- RIP v1/v2
- OSPF
- NTP
- VRF (Lite)*
Timing
- SyncE
  - Synchronous Ethernet from all GbE ports (not on FET ports)
  - ESMC per ITU-T (Ethernet Synchronous Message Channel)
Network Protection
- LSP 1+1 protection (send two, pick one) per RFC6378, based on TP OAM as fault detection
- LSP 1:1 protection (RFC6378)
- ERPS (G.8032) Ring Protection based on Ethernet OAM as fault detection
- ERPS Sub-Ring
- End to end protection switching within sub 50ms
Management
- Fully manageable via SNMP (v1, v2, v3)
- Fully manageable via CLI
  - Serial port
  - SSH, Telnet via Ethernet
- Account Security
  - Two types of privileges: Operator (read only) and Administrator (read and write)
  - Radius Client Authentication
- Upload/Download NE configuration
- Syslog, NTP

DIN‐Rail industrial Switches: 8-port Industrial L2/L3 Managed Gigabit PoE/PoE+ Switch – IP6818

Loop-IP6818 is an Industrial Grade L2/L3 Managed Gigabit Ethernet PoE/PoE+ Switch, specifically designed to provide a highly reliable, fault-tolerant, extremely fast network connection in harsh environments.

Mechanical and Electrical
- Operational between -20°C~70°C
- 54 x 113 x 145 mm
- 9-57 VDC for Non-PoE models
- 45-57 VDC for 802.3af mode
- 51-57 VDC for 802.3at mode
Interfaces
- 4 10/100/1000BASE-T(X) auto negotiation speed
- 4 1000BASE-X SFP slot
- 2 relay outputs with current carrying capacity of 1A @ 24 VDC
Ethernet
- Standards
  - IEEE 802.3af / 802.3at for Power-over-Ethernet
  - IEEE 802.3 for 10BASE-T
  - IEEE 802.3u for 100BASE-T(X)
  - IEEE 802.3ab for 1000BASE-T
  - IEEE 802.3z for 1000BASE-X
  - IEEE 802.3x for Flow Control
  - IEEE 802.1d-2004 for Spanning Tree Protocol
  - IEEE 802.1w for Rapid Spanning Tree Protocol
  - IEEE 802.1s for Multiple Spanning Tree Protocol
  - IEEE 802.1q for VLAN Tagging
  - IEEE 802.1p for Class of Service
  - IEEE 8021x for Authentication
  - IEEE 802.3ad for Port Trunk with LACP
  - IEEE 802.3az for Energy Efficient Ethernet
- Protocols
  - IPv4, IPv6
  - IGMPv1/v2/v3, IGMP Snooping
  - GARP,GMRP, GVRP
  - SNMPv1/v2c/v3, SNMP Inform
- Layer-3 Protocols
  - Routing: IPv4 Unicast static routing, RIP v1/v2, OSPFv2
  - Multicast: IGMPv1/v2/v3, , PIM-DM, PIM-SM
  - Routing Redundancy: VRRP (Virtual Router Redundancy Protocol)
- Flow Control
  - Back pressure and pause frame-based flow control schemes
- SNMP MIB
  - MIB II, IF-MIB, SNMPv2 MIB, BRIDGE-MIB, RMON MIB Group 1,2,3,9, RFC
  - RFC 1157, RFC 1213, RFC 1215, RFC 1493, RFC 1643, RFC 1757, RFC 2011, RFC 2012, RFC 2013, RFC 2233, RFC 2571, RFC 2742, RFC 2819, RFC 2863, RFC 3411, RFC 3412, RFC 3413, RFC 3414, RFC 3415, RFC 2674

IP6608 CE2.0 Switch

Loop-IP6608 leverages the purpose-built silicon technologies to fulfill the needs that modern Carrier Class Ethernet services require with ultra-low power consumption. The standard compliant features bring hassle free operations with the benefits of unmatched resiliency, superb synchronization accuracy, and comprehensive OAM.

As the SLA (Service Level Agreement) is at the center part of the Carrier Ethernet services and the Ethernet OAM protocol suite is the key to enable the services. The IP6608 NIDs embed the hardware Ethernet OAM engines for ensuring the real time monitoring can be achieved. The protocol suite covers link status, service level, network monitoring, as well as performance metrics. IEEE 802.1ag CFM, 802.3ah EFM, ITU-T Y.1731 Performance Monitoring are all included in the OAM feature suite, furthermore, both IETF RFC 2544 and ITU-T Y.1564 hardware-based tester are also in place which enables the operation center the ability of performing diagnostics and performance testing remotely. This capability effectively reduces service personnel costs and ensures outstanding user experiences.

The PTP (IEEE 1588v2) has become the de facto synchronization solution that has been widely adopted in different application scenarios which requires precision timing mechanism. By incorporating the OCXO better than what Stratum 3 required, the IP6608 NIDs perfectly maintain the 1588v2 accuracy within nano-second scale. The Sync-E (ITU-T G.826x) assisted 1588v2 delivers not only the accuracy, but with outstanding stability persistently. The importance of synchronization grows drastically as the mobile traffic grows with unprecedented speed. The exceptional PTP performance on IP6608 effectively satisfies such synchronization requirements the LTE & LTE-Adv. base-stations needed. The 1588v2 capabilities delivered by IP6608 ensure what LTE & LTE-A requested, and potentially what the 5G technology will need can be perfectly fulfilled.

ERPS, the ITU-T G.8032 Ethernet Ring Protection Switching, is firmly built inside IP6608 NIDs as the foundation that provides sub-50ms switching capabilities. No need to worry about incidentally operation interruptions any longer that drastically reduces the OpEx of the network operators. The ERPS feature is assisted by dedicated hardware engine embedded in the silicon; hence, it ensures the consistent performance on the switching time whenever the interruption happens. In addition to ERPS, other protection related protocols are all supported, such as IEEE 802.1d STP, 802.1w/s RSTP & MSTP, and 802.3ad LACP, etc.

4 × 10/100/1000Mbps RJ45 Ports + 6 × 1G SFP Ports
Carrier Ethernet 2.0 compliant
99.999% availability
ITU-T G.8031/G.8032 protection switching
ITU-T G.8262 Synchronous Ethernet with SSM
IEEE 1588v2 Boundary and Transparent Clock with nanosecond accuracy
ITU-T G.8275.x PTP Telecom Profile supported on Boundary Clock and Transparent Clock
Comprehensive Ethernet OAM supported: IEEE 802.1ag CFM, 802.3ah EFM, and ITU-T Y.1731
Service Activation Testers incorporated: RFC2544, Y.1564
Non-blocking wire-speed switching

Modular Access 16E1 / GE / TDMoE – IP6750

The Loop-IP6750 Service Aggregation & Access Device is an effective way for service providers to build their network and achieve a fast return on investment. Currently providers need to transport both TDM and Packet traffic. These can be achieved using the E1/T1 and Gigabit Ethernet tributary ports of the IP6750.

In addition to working now, service providers also have to build the network to meet future requirements.

The IP6750 can handle temperature ranges of 0° to 65°C. It supports many protocols such as MEF-8 CESoETH, SyncE and IEEE1588v2 Precision Timing, G.8031 Ethernet Linear Protection Switching, and a RFC2544 built-in traffic generator.

The IP6750’s durability and capabilities make it an important device for your network to meet the requirements of a carrier-grade Service Level Agreement (SLA).

Mechanical and Electrical

1U height, 19” width ANSI/ETSI
Power module
- AC/DC dual feed slots
- Hot swappable
Temperature range from 0° to 65°C

WAN Aggregate Interface

2 GbE ports with SFP housing
IEEE 802.3ad Ethernet Link Aggregation
G.8031 Ethernet Linear Protection Switching (ELPS)
Compliant with MEF 8, 9 and 14

Timing

Internal/Line
External BITS I/O with RJ connector: 2 Mbps, 2 MHz, 1.544Mbps composite clock
Adaptive Clock Recovery (ACR) and Differential Clock Recovery (DCR) for TDM Pseudowires
- Jitter and Wander conforms to MEF 18, ITU-T G.8261, and G.823/824 for Traffic Interface
SNTPv4

Tributary Interface

4 hot-swappable slots for the following cards:
- CGbE: Combo Gigabit Ethernet card
  - 2 port groups per card, (1 SFP optical, 1 electric) up to 8 port groups per system
E1 / T1 card
- 4 ports per card, up to 16 ports per system
- E1/T1 software configurable per card

OAM

Ethernet OAM
- 802.1ag / Y.1731
- 802.3ah
Syslog and Dying Gasp alarm

QoS

Ingress Rate Limiting per port
Ethernet Network Level
- 3-bit Priority Code Point – PCP field within 802.1p / 802.1q Ethernet frames – CoS
- 8 priority queues per port
IP Network Level
- 6-bit DiffServ Code Point – DSCP field – ToS
Scheduling Algorithms
SyncE (ITUT-G.8261) GE interfaces
IEEE 1588v2 slave/boundary/transparent clock
Internal stratum 3 clock (hold-over state)
TOD interface
1PPS interface

L2 Switching

5G non-blocking switching capacity
Jumbo frame size up to 10K bytes
Maximum 4K VLANs
802.1d MAC Table Learning (maximum 32K)
802.3x Flow Control on input ports
802.1d STP, 802.1w RSTP, 802.1s MSTP
IGMP Snooping v2 RFC 2236 and v3 RFC4604

Management

SNMPv1/v2c/v3
CLI command line interface
Telnet and SSHv1/v2
RADIUS Client
- Strict Priority (SP)
- Weighted Round Robin (WRR)
Congestion Avoidance
- Weighted Random Early Detection (WRED)
Policing algorithm
- Two-Rate Three-Color
- Token Bucket

Pseudowires

TDM Pseudowires
- Up to 64 concurrent pseudowires
- Pseudowire protocols
  - SAToP
  - CESoPSN
  - MEF-8 (CESoETH)
- Packet Delay Variation Compensation Depth up to 256 ms

Diagnostics

Built-in traffic generator to support RFC2544/Y.1564 and Y.1731 testing
E1/T1 BERT & Loopback
Ethernet loopback

SDH / SONET Integrated Access MUX – O9550R-D

The Loop-O9550-D SDH SONET IMAP (Integrated Multi-Service Access Platform) is an economical STM-1/4 (OC-3/12) access multiplexer. It is designed to combine digital access interfaces, including TDM, IP, and voice interfaces into STM-1/4 (OC-3/12) optical lines for convenient transport and switching.

Description

The Loop-O9550-D SDH/SONET IMAP (Integrated Multi-Service Access Platform) is an economical STM-1/4 (OC-3/12) access multiplexer. It is designed to combine digital access interfaces, including TDM, IP, and voice interfaces into STM-1/4 (OC-3/12) optical lines for convenient transport and switching.

This unit is a full cross-connect; one or more of the WAN ports can be used as a Drop & Insert function with fractional E1/T1 lines, which can be muxed into a full E1/T1 line.

The O9550-D provides two optical line signals at STM-1 (OC-3) or STM-4 (OC-12) with protection schemes including MSP 1+1 and SNCP protection in both ring and linear network topologies.

Redundancy is available in dual CPU controllers and power supply options, making the O9550-D an excellent fit for critical applications.

The O9550-D supports local control and diagnostics by using a VT-100 terminal connected to the console port. The O9550-D also supports Ethernet, Telnet, SSH and SNMP so that it can also be controlled and diagnosed from remote locations. An in-band management channel with GUI is available. LED indicators for all plug-in cards are also available.

Future option

- 2U height, full front access (ETSI) shelf
- ADM, TM, and cross-connect
- Support of DS0 DACS (Digital Access Cross-Connect System) with full cross-connect
- Dual controller, dual DC power with load sharing or single AC power card support
- 1 for 1 protection, Y-BOX, E1, T1, FOM
- PDH ring protection, FOM, Mini QE1
- Console, Telnet, SNMP, and Inband management support
- Compatible to a SNMP-based GUI network management system and supported by iNET and Loop iNMS*
- All the plug-in cards are hot-pluggable

Multi-service Access Node SDH / SONET / TDM / IP – O9500R

The Loop-O9500R SDH/SONET IMAP (Integrated Multi-Services Access Platform) is an economical STM-1/4/16 (OC-3/12/48) access multiplexer designed to provide integrated access to STM-1/4/16 (OC-3/12/48) optical lines.

The Loop-O9500R SDH/SONET IMAP (Integrated Multi-Services Access Platform) is an economical integrated solution supporting SDH/SONET/PDH simultaneously on the same platform. It’s designed to support the DS0 access and PDH interfaces to be freely carried over SDH/SONET uplink.

SDH/SONET uplink capability includes either STM-1/4/16 or OC-3/12/48. Connectivity of O9500R is achieved non-blocking cross-connection between HS tributary modules (VCn/VTn fabric) and LS tributary modules (DS0 fabric).

With up to 4 STM-1/4/16 (OC-3/12/48) aggregate interfaces on cross-connect modules and 8 STM-1 (OC-3) interfaces on tributaries, Loop-O9500R offers service providers a versatile protection schemes including SNCP(UPSR) and MSP(1+1) protection for both ring and linear network topologies. O9500R can work with Loop-O9100 and Loop-O9400R for SDH/SONET networking.

The non-blocking VC11/VC12/VC3/VC4 cross-connect capability on High Speed (HS) is up to 20 VC4. The HS tributary modules include optical STM-1/4 (OC-3/12), E3/T3, E1/T1 interfaces, FOM and Fast Ethernet/Gigabit Ethernet over STM-1/4/16 (OC-3/12/48). Ethernet signals are mapped onto STM payload through standard techniques such as GFP, LAPS, VCAT, LCAS, and non-LCAS. These HS modules are identical to those used in the rack version of the Loop-O9400R.

The uplink non-blocking DS0 cross-connect to HS is up to 21 E1. The non-blocking DS0 cross-connect capability on Low Speed (LS) is up to 672 DS0. Through a full non-blocking DS0 cross-connect and together can act as a mini DACS. The modules include variety of TDM, IP, and voice interfaces detailed on next page. All LS modules are identical to those used in rack version of the Loop-AM3440.

All interfaces are fully compliant with the relevant ETSI standards and ITU recommendations. The O9500R SDH/SONET IMAP provides full Operation, Administration, Maintenance and Provisioning (OAM&P) functionality. Users can easily operate the O9500R locally or remotely for centralized management via Loop-iNET (EMS) and Loop-iNMS (Integrated NMS).

6U height, full front access (ETSI) shelf
TM, ADM and DCS (full cross-connect) at DS0, VC11, VC12, VC3, VC4
Aggregate cross-connect modules (controller modules)
- Up to STM-1/4/16 (OC-3/12/48) aggregate lines with software configuration (CC16)
- Up to STM-1/4 (OC-3/12) aggregate lines with software configuration (CC4)
Hot-swappable cross-connect modules, tributary modules and power modules.
Tributary Modules
- High-Speed (High Density) access tributary modules (HS)
- Low-Speed access tributary modules (LS)
Power Modules
- DC Module (-48/-125/-250 Vdc)
- Dual Power (1+1) Protection
Protection Scheme
- Tributary protection
  - E1/T1: card, port, line
  - E3/T3: line
  - B155/622: MSP, SNCP/UPSR
  - Ethernet
- Cross-connect unit (XCU) protection
  - MSP
  - SNCP/UPSR
DS0-SNCP protection
External/Internal/Line timing source with SSM
Ethernet supports GFP, LAPS, VCAT, LCAS and non-LCAS
Alarm suppression, masking and reports
Management
- Console port, VT100 menu-driven
- SNMP Port
- Telnet and SSH
- Centralized management with Loop’s EMS/NMS over DCC channel
- Loop-iNET GUI EMS
- TMN management(Loop-iNMS) with full FCAPS and end-to-end circuit management
RoHS compliant

Network Management

Loop Telecom’s selection of network management software is scaleable, reliable, flexible, and highly functional. Loop-iNMS, our main NMS software package, handles the full spectrum of FCAPS functionality for the entire network. Loop View, LoopView Plus, and Loop-iNET function as an EMS, Element Management System, to configure settings for individual network elements with an easy and simple GUI interface. Using Loop network management software improves business efficiency by reducing operating costs and shortening the delivery cycle for service provisioning. In the menu on the left please choose a subcategory: NMS, EMS, or Carft Terminal Tool.